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Your search keyword '"Chu, Tianzhi"' showing total 8 results
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8 results on '"Chu, Tianzhi"'

2. Performance study of the Multi-purpose Time Projection Chamber (MTPC) using a four-component alpha source

Author

Li, Yang, primary, Yi, Han, additional, Sun, Yankun, additional, Bai, Haofan, additional, Lv, You, additional, Chen, Yonghao, additional, Jiang, Wei, additional, Chu, Tianzhi, additional, Zhang, Zhiyong, additional, Chen, Haolei, additional, Chen, Zhen, additional, Zhao, Maoyuan, additional, Feng, Changqing, additional, Liu, Shubin, additional, Zhang, Mohan, additional, Zhang, Hangchang, additional, Gu, Minhao, additional, Bao, Yu, additional, Zhang, Guohui, additional, and Fan, Ruirui, additional

Published
2023
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3. Bridging 1D Inorganic and Organic Synthesis to Fabricate Ultrathin Bismuth‐Based Nanotubes with Controllable Size as Anode Materials for Secondary Li Batteries

Author

Zong, Kai, primary, Chu, Tianzhi, additional, Liu, Dongqing, additional, Mehmood, Andleeb, additional, Fan, Tianju, additional, Raza, Waseem, additional, Hussain, Arshad, additional, Deng, Yonggui, additional, Liu, Wei, additional, Saad, Ali, additional, Zhao, Jie, additional, Li, Ying, additional, Aurbach, Doron, additional, and Cai, Xingke, additional

Published
2022
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8. Understanding the Surface Reconstruction on Ternary W x CoB x for Water Oxidation and Zinc-Air Battery Applications.

Author

Saad A, Gao Y, Ramiere A, Chu T, Yasin G, Wu Y, Ibraheem S, Wang M, Guo H, Tsiakaras P, and Cai X

Abstract

Here, the synthesis of a series of pure phase metal borides is reported, including WB, CoB, WCoB, and W 2 CoB 2 , and their surface reconstruction is studied under the electrochemical activation in alkaline solution. A cyclic voltammetric activation is found to enhance the activity of the CoB and W 2 CoB 2 precatalysts due to the transformation of their surfaces into the amorphous CoOOH layer with a thickness of 3-4 nm. However, such surface transformation does not happen on the WB and WCoB due to their superior structure stability under the applied voltage, highlighting the importance of metal components for the surface reconstruction process. It is found that, compared with CoB, the W 2 CoB 2 surface shows a quicker reconstruction with a larger active surface area due to the selective leaching of the W from its surface. In the meantime, the metallic W 2 CoB 2 core underneath the CoOOH layer shows a better promotion of its oxygen evolution reaction (OER) performance than CoB. Therefore, the ternary W 2 CoB 2 shows better OER performance than the CoB, as well as the WB and WCoB. It is also found that the mixture of W 2 CoB 2 with Pt/C as the catalysts in air electrode for rechargeable Zn-air battery (ZAB), shows better performance than the IrO 2 -Pt/C couple-based ZAB., (© 2022 Wiley-VCH GmbH.)

Published
2022
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